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. Author manuscript; available in PMC: 2013 Mar 27.
Published in final edited form as: Synthesis (Stuttg). 2011 Jun 21;2011(14):2223–2236. doi: 10.1055/s-0030-1260082

Table 3.

Ruthenium(II)-Catalyzed Photoinduced Cleavage of N–N Bondsa

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Entry Substrate Product Yield (%)
1 graphic file with name nihms362826t1.jpg
1c
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2c
82
2 graphic file with name nihms362826t3.jpg
1d
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2d
81
3 graphic file with name nihms362826t5.jpg
1e
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2e
54
4 graphic file with name nihms362826t7.jpg
1f
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2f
47
5 graphic file with name nihms362826t9.jpg
1g
graphic file with name nihms362826t10.jpg
2g
68b
6 graphic file with name nihms362826t11.jpg
1h
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2h
51b
7 graphic file with name nihms362826t13.jpg
1i
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2i
37
8 graphic file with name nihms362826t15.jpg
1j
9 graphic file with name nihms362826t16.jpg
1k
graphic file with name nihms362826t17.jpg
2k
36
10 graphic file with name nihms362826t18.jpg
1l
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2l
88
11 graphic file with name nihms362826t20.jpg
1m
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2m
58
a

Reactions were performed on 0.3–0.5 mmol scale in 3–5 mL solvent with 2 mol% 3a. A household 13 W light bulb was used as the light source. Reaction time ranged from 4 to 28 h.

b

Due to the instability of these hydrazine derivatives, the crude products were subjected to the cleavage reaction directly after Boc-deprotection. The yields given refer to overall yields for the two steps.